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climbing robot equipped with a work unit, and control system such climbing robots

机译:装备有作业单元的攀爬机器人以及诸如攀爬机器人的控制系统

摘要

climbing robot equipped with a work unit, of the type comprising: a chassis (1), which is referenced imaginarily three coordinate axes X, Y, Z, wherein the Xesta axis aligned with a direction of advance of said chassis ( 1) and the Z axis is directed towards a superficiede work (S) on which the robot moves: a first set of legs (2a, 2b) mounted movably linearly in the direction of Xrespecto axle to the chassis (1) and provided with a first coupling device by suction (3) adapted paraacoplar intermittently said first set of legs (2a, 2b) to the work surface (S), estandocada leg (2a, 2b) of the first set of legs (2a, 2b ) mounted extendable manner in the direction the axis Z towards the work surface (S), and retractable from it, relative to the chassis (1); a second set of legs (4) rotatably mounted around an axis parallel to Zrespecto the chassis (1) and having a second axis d ispositivo coupling suction (5) adapted paraacoplar intermittently said second set of legs (4) to the work surface (S); first and second means of activation connected to a suction source for activarselectivamente said first and second coupling devices suction (3, 5), first drive means for moving linearly the first set of legs (2a, 2b) respectoal chassis (1), second drive means for individually actuating an extension or retraction of each leg (2a, 2b) of first set of legs (2a, 2b) relative to the chassis (1), third drive means for rotating the second set of legs (4) relative to the chassis (1); ymedios control adapted to control the operation of said first and deactivation second means and said first, second and third drive means in coordination paradesplazar the chassis (1) in any direction on the surface d and work (S), wherein each dedichos first coupling devices suction (3, 5) comprises at least two suction cups (6) attached to a rocker (7) hingedly attached to one end of the corresponding leg (2a , 2b) of the first set of legs (2a, 2b) so as to be freely pivotable about an axis (8) parallel to axis Y; each tilting support (7) is connected a foot (9) located between said two suction cups (6) and configured ydispuesto to support on the work surface (S) when the two suction pads (6) are coupled to lasuperficie work (S); at least first and second sensor elements (10, 11) are respectively arranged in the first ysegundo separated points of the chassis (1) for detecting the distance in the Z axis direction from each first said unode and second points of the chassis (1) to the work surface (S) and send a señalesrepresentativas of said distances to said control means; according to these is signal the first and second sensor elements (10, 11), the means of controlcontrola the operation of the second drive means to level the chassis (1) in relacióncon the work surface (S) on the chassis (1) is installed a movable support supporting a work unit provistade a head (19) arranged to work on the work surface (S) through an opening (12) in the chassis (1), said mobile support device guide means and means for moving at least deaccionamiento said head (19) in the directions of the three axes coordenadosX, Y, Z and pivoting the head (19) around two axes X, Y within the opening (12); ycaracterizado by the first set of legs (2a, 2b) have a subset of front legs (2a) yun subset of rear legs (2b), and that the legs of one of said subsets of patasdelanteras and rear is mounted on respective devices guide (13) for a desplazamientolineal in the X axis direction relative to the legs of another of the subsets of front legs ytraseras, and elastic members (14) are arranged to push in opposite directions each haciauna leg middle zone of said device guide, effected such movement of the legs librementecontra force of said elastic members (14) in order to accommodate a variation in distanciaentre subsets of front and rear legs (2a, 2b) produced as a result of dichanivelación chassis (1) when the first suction coupling devices (3) are activated.
机译:配有作业单元的攀爬机器人,其类型包括:底盘(1),以假想的三个坐标轴X,Y,Z为参考,其中Xesta轴与所述底盘(1)的前进方向对齐,并且Z轴指向机器人在其上运动的上级工件(S):在Xrespecto轴方向上线性移动的线性安装在底盘(1)上的第一组腿(2a,2b),通过吸气(3)将所述第一组支腿(2a,2b)间断地安装在工作表面(S)上,第一组支腿(2a,2b)的单足动物支腿(2a,2b)在方向上可伸展地安装。轴线Z朝向工作表面(S),并且相对于底盘(1)从工作表面可缩回;第二组支脚(4)可绕平行于Zrespecto的轴线旋转地安装在底盘(1)上,并具有第二轴d ispositivo耦合吸力(5),该第二组支脚将副第二支脚(4)断续地连接到工作表面(S) );第一和第二致动装置,其连接到用于选择性地抽吸所述第一和第二联接装置(3、5)的抽吸源,用于使第一组腿(2a,2b)线性底架(1)线性移动的第一驱动装置,第二驱动器第三驱动装置,用于分别致动第一组支腿(2a,2b)的每个支腿(2a,2b)相对于底盘(1)的伸出或缩回;第三驱动装置,其用于使第二组支腿(4)相对于底盘(1)旋转。底盘(1); ymedios控制器,用于控制所述第一和停用第二装置以及所述第一,第二和第三驱动装置的操作,以协调在表面d和工件(S)上的任何方向上对底盘(1)进行抛物线控制,其中每个去耦装置均耦合第一耦合装置吸力(3、5)包括至少两个吸盘(6),该吸盘(6)附接到摇杆(7),该摇杆铰接在第一组支腿(2a,2b)的相应支腿(2a,2b)的一端,以便可绕平行于轴线Y的轴线(8)枢转;每个倾斜支撑件(7)与位于所述两个吸盘(6)之间的支脚(9)相连,并且当两个吸垫(6)连接到表面处理件(S)时,支脚(9)构造成支撑在工作表面(S)上。 ;至少第一和第二传感器元件(10、11)分别布置在底盘(1)的第一ysegundo分离点中,用于检测到底盘(1)的每个所述第一节点和第二点在Z轴方向上的距离到工作表面(S),并将所述距离的代表表示发送给所述控制装置;根据这些信号,第一和第二传感器元件(10、11)被控制,该控制装置控制第二驱动装置的操作以使底盘(1)平整,以重新固定底盘(1)上的工作表面(S)。安装了支撑工作单元的可移动支撑件,该可移动支撑件具有布置成通过底盘(1)中的开口(12)在工作表面(S)上工作的头部(19),所述可移动支撑设备引导装置和用于至少脱钩运动的装置所述头部(19)在三个轴线coordenadosX,Y,Z的方向上旋转,并且头部(19)在开口(12)内绕两个轴线X,Y枢转。 ycaracterizado由第一组腿(2a,2b)组成,前腿(2a)的子集为后腿(2b)的子集,并且patasdelanteras和后部的所述子集之一的腿安装在相应的设备导向装置( 13)相对于前腿ytraseras的另一个子集的腿在X轴方向上脱des肌,并且弹性构件(14)布置成沿相反的方向推动所述装置引导件的每个ha子腿中间区域,从而实现这种运动弹性元件(14)的腿自由释放力的变化,以适应在第一吸气耦合装置(3)产生底盘(1)的情况下产生的前腿和后腿(2a,2b)的不同子集的变化被激活。

著录项

  • 公开/公告号ES2386737T3

    专利类型

  • 公开/公告日2012-08-28

    原文格式PDF

  • 申请/专利权人 AIRBUS OPERATIONS S.L.;

    申请/专利号ES20070380116T

  • 申请日2007-04-26

  • 分类号B62D57/032;B21J15/14;B23B41/00;B23Q9/00;B25J9/16;B62D57/024;B64F5/00;

  • 国家 ES

  • 入库时间 2022-08-21 17:21:03

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